workbench.desktop.main.js · part 100

60 text occurrences from desktop/Cursor.app/Contents/Resources/app/out/vs/workbench/workbench.desktop.main.js, part 100. Every entry preserves the shipped literal and its saved verdict or selection reason.

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Indicates with what percentage (1 for 100%) violations of the port model order are weighted against the crossings e.g. a value of 0.5 means two model order violations are as important as on edge crossing. This allows some edge crossings in favor of preserving the model order. It is advised to set this value to a very small positive value (e.g. 0.001) to have minimal crossing and a optimal port order. Defaults to no influence (0).

Used to define partial ordering groups during cycle breaking. A lower group id means that the group is sorted before other groups. A group model order of 0 is the default group.

Used to define partial ordering groups during crossing minimization. A lower group id means that the group is sorted before other groups. A group model order of 0 is the default group.

Used to define partial ordering groups during component packing. A lower group id means that the group is sorted before other groups. A group model order of 0 is the default group.

Cycle Breaking Group Ordering Strategy

Determines how to count ordering violations during cycle breaking. NONE: They do not count. ENFORCED: A group with a higher model order is before a node with a smaller. MODEL_ORDER: The model order counts instead of the model order group id ordering.

Cycle Breaking Preferred Source Id

The model order group id for which should be preferred as a source if possible.

Cycle Breaking Preferred Target Id

The model order group id for which should be preferred as a target if possible.

Crossing Minimization Group Ordering Strategy

Determines how to count ordering violations during crossing minimization. NONE: They do not count. ENFORCED: A group with a lower id is before a group with a higher id. MODEL_ORDER: The model order counts instead of the model order group id ordering.

Crossing Minimization Enforced Group Orders

Holds all group ids which are enforcing their order during crossing minimization strategies. E.g. if only groups 2 and -1 (default) enforce their ordering. Other groups e.g. the group of timer nodes can be ordered arbitrarily if it helps and the mentioned groups may not change their order.

BarycenterState [node=

NodeInfo [connectedEdges=

Port type is undefined

build tGraph

Split graph

Pack components

Apply layout results

Turns on Tree compaction which decreases the size of the whole tree by placing nodes of multiple levels in one large level

Edge End Texture Length

Should be set to the length of the texture at the end of an edge. This value can be used to improve the Edge Routing.

Tree Level

The index for the tree level the node is in

When set to a positive number this option will force the algorithm to place the node to the specified position within the trees layer if weighting is set to constraint

Weighting of Nodes

Which weighting to use when computing a node order.

Edge Routing Mode

Chooses an Edge Routing algorithm.

Search Order

Which search order to use when computing a spanning tree.

Radial layout

The given graph is not a tree!

Center On Root

Centers the layout on the root of the tree i.e. so that the central node is also the center node of the final layout. This introduces additional whitespace.

Order ID

The id can be used to define an order for nodes of one radius. This can be used to sort them in the layer accordingly.

The radius option can be used to set the initial radius for the radial layouter.

The rotate option determines whether a rotation of the layout should be performed.

With the compacter option it can be determined how compaction on the graph is done. It can be chosen between none, the radial compaction or the compaction of wedges separately.

Compaction Step Size

Determine the size of steps with which the compaction is done. Step size 1 correlates to a compaction of 1 pixel per Iteration.

Sort the nodes per radius according to the sorting algorithm. The strategies are none, by the given order id, or sorting them by polar coordinates.

Annulus Wedge Criteria

Determine how the wedge for the node placement is calculated. It can be chosen between wedge determination by the number of leaves or by the maximum sum of diagonals.

Translation Optimization

Find the optimal translation of the nodes of the first radii according to this criteria. For example edge crossings can be minimized.

Target Angle

The angle in radians that the layout should be rotated to after layout.

Additional Wedge Space

If set to true, modifies the target angle by rotating further such that space is left for an edge to pass in between the nodes. This option should only be used in conjunction with top-down layout.

Outgoing Edge Angles

Calculate the required angle of connected nodes to leave space for an incoming edge. This option should only be used in conjunction with top-down layout.

Rectangle Packing

Try box layout first

Whether one should check whether the regions are stackable to see whether box layout would do the job. For example, nodes with the same height are not stackable inside a row. Therefore, box layout will perform better and faster.

Current position of a node in the order of nodes

The rectangles are ordered. Normally according to their definition the the model. This option specifies the current position of a node.